mdx-20 mdx-15 - roland dga

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MDX-20 MDX-15 Thank you very much for purchasing the MDX-20/15. To ensure correct and safe usage with a full under- standing of this product's performance, please be sure to read through this manual completely and store it in a safe location. Unauthorized copying or transferral, in whole or in part, of this manual is prohibited. The contents of this operation manual and the speci- fications of this product are subject to change with- out notice. The operation manual and the product have been prepared and tested as much as possible. If you find any misprint or error, please inform us. Roland DG Corp. assumes no responsibility for any direct or indirect loss or damage which may occur through use of this product, regardless of any failure to perform on the part of this product. Roland DG Corp. assumes no responsibility for any direct or indirect loss or damage which may occur with respect to any article made using this product. USER'S MANUAL This User's Manual is intended for MDX-20 and MDX-15.

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Page 1: MDX-20 MDX-15 - Roland DGA

MDX-20MDX-15

Thank you very much for purchasing the MDX-20/15.

• To ensure correct and safe usage with a full under-standing of this product's performance, please be sureto read through this manual completely and store itin a safe location.

• Unauthorized copying or transferral, in whole or inpart, of this manual is prohibited.

• The contents of this operation manual and the speci-fications of this product are subject to change with-out notice.

• The operation manual and the product have beenprepared and tested as much as possible. If you findany misprint or error, please inform us.

• Roland DG Corp. assumes no responsibility for anydirect or indirect loss or damage which may occurthrough use of this product, regardless of any failureto perform on the part of this product.

• Roland DG Corp. assumes no responsibility for anydirect or indirect loss or damage which may occurwith respect to any article made using this product.

USER'S MANUALThis User's Manual is intended for MDX-20 and MDX-15.

Page 2: MDX-20 MDX-15 - Roland DGA

For the USA

FEDERAL COMMUNICATIONS COMMISSIONRADIO FREQUENCY INTERFERENCE

STATEMENT

This equipment has been tested and found to comply with thelimits for a Class A digital device, pursuant to Part 15 of theFCC Rules.These limits are designed to provide reasonable protectionagainst harmful interference when the equipment is operatedin a commercial environment.This equipment generates, uses, and can radiate radiofrequency energy and, if not installed and used in accordancewith the instruction manual, may cause harmful interferenceto radio communications.Operation of this equipment in a residential area is likely tocause harmful interference in which case the user will berequired to correct the interference at his own expense.

Unauthorized changes or modification to this system can voidthe users authority to operate this equipment.

The I/O cables between this equipment and the computingdevice must be shielded.

For Canada

CLASS A NOTICE

This Class A digital apparatus meets all requirements of theCanadian Interference-Causing Equipment Regulations.

CLASSE A AVIS

Cet appareil numérique de la classe A respecte toutes lesexigences du Règlement sur le matériel brouilleur duCanada.

ROLAND DG CORPORATION1-6-4 Shinmiyakoda, Hamamatsu-shi, Shizuoka-ken, JAPAN 431-2103MODEL NAME : See the MODEL given on the rating plate.RELEVANT DIRECTIVE : EC MACHINERY DIRECTIVE (98/37/EC)

EC LOW VOLTAGE DIRECTIVE (73/23/EEC)EC ELECTROMAGNETIC COMPATIBILITY DIRECTIVE (89/336/EEC)

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Windows® and Windows NT® are registered trademarks or trademarks of Microsoft® Corporation in the United States and/or other countries.Adobe and Acrobat are trademarks of Adobe Systems Incorporated.i486 and Pentium are registered trademarks of Intel Corporation in the United States.AutoCAD® is registered trademark of Autodesk, Inc.IBM is trademark of International Business Machines Corporation.Other company names and product name are trademarks or registered trademarks of their respective holders.

Copyright © 2000 Roland DG Corporation

Table of Contents

To Ensure Safe Use ........................................................ 2

About the Labels Affixed to

the AC Adapter and Unit ...................... 5

1 What You Can Do with MODELA .......................... 6

2 Check the Included Items ........................................ 7

3 Part Names ............................................................... 8

4 Setting Up and Connection ...................................... 9

5 Installing the Software ........................................... 11

Software That Can Be Used

with the MODELA ................................... 11

Setting Up the Program .................................... 12

How to Use Help .............................................. 18

6 Operation Guide [Cutting Section] ........................ 19

Create the Cutting Data .................................... 19

Attach the Spindle Unit .................................... 22

Install the Cutting Tool ..................................... 24

Load the Workpiece .......................................... 26

Attach the Front Cover ..................................... 27

Powering ON .................................................... 28

Perform Surfacing ............................................ 28

Perform Cutting ................................................ 33

When Cutting is Finished ................................. 34

http://www.rolanddg.com/

7 Operation Guide [Scanning Section] ..................... 36

Attach the Sensor Unit ..................................... 36

Load the Object to Be Scanned

on the MODELA ...................................... 38

Attach the Front Cover ..................................... 39

Powering ON .................................................... 39

Setting Scanning Conditions

and Starting Scanning .............................. 39

Saving Scanned Data ........................................ 43

Edit the Scanned Data ...................................... 43

When Scanning Is Finished .............................. 43

8 Overview of the Usage Guides .............................. 44

9 Software Guide ...................................................... 45

Driver for Windows 95/98/Me ......................... 45

Driver for Windows NT4.0/2000/XP ............... 47

MODELA 3D DESIGN ................................... 50

MODELA 3D TEXT ........................................ 52

MODELA Player .............................................. 54

Virtual MODELA ............................................. 54

Dr.PICZA ......................................................... 56

Dr. Engrave ...................................................... 57

3D Engrave ....................................................... 60

10 What to Do If... ...................................................... 65

11 Items That May Not Be Copied ............................. 67

12 Specifications ......................................................... 68

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To Ensure Safe Use

Used for instructions intended to alert the user to the risk of death or severeinjury should the unit be used improperly.

About and Notices

Used for instructions intended to alert the user to the risk of injury or materialdamage should the unit be used improperly.

* Material damage refers to damage or other adverse effects caused withrespect to the home and all its furnishings, as well to domestic animals orpets.

About the Symbols

The symbol alerts the user to important instructions or warnings. The specific meaning ofthe symbol is determined by the design contained within the triangle. The symbol at left means"danger of electrocution."

The symbol alerts the user to items that must never be carried out (are forbidden). Thespecific thing that must not be done is indicated by the design contained within the circle. Thesymbol at left means the unit must never be disassembled.

The symbol alerts the user to things that must be carried out. The specific thing that mustbe done is indicated by the design contained within the circle. The symbol at left means thepower-cord plug must be unplugged from the outlet.

Do not disassemble, repair, ormodify.Doing so may lead to fire or abnormaloperation resulting in injury.

Do not use with any power supplyother than the dedicated AC adapter.Use with any other power supply may leadto fire or electrocution.

Do not use with any electrical powersupply that does not meet theratings displayed on the AC adapter.Use with any other power supply may leadto fire or electrocution.

Do not use while in an abnormalstate (i.e., emitting smoke, burningodor, unusual noise, or the like).Doing so may result in fire or electricalshock.Immediately unplug the power-cord plugfrom the electrical outlet, and contact yourauthorized Roland DG Corp. dealer orservice center.

Use only with the power cordincluded with this product.Use with other than the included power cordmay lead to fire or electrocution.

Ground the unit with the ground wire.Failure to do so may result in risk of electro-cution in the event of a mechanical problem.

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When not in use for several hours,unplug the power-cord plug from theelectrical outlet.Failure to do so mayresult in danger ofshock, electrocution,or fire due todeterioration of theelectrical insulation.

When unplugging the electricalpower cord from the power outlet,grasp the plug, not the cord.Unplugging bypulling the cordmay damage it,leading to fire orelectrocution.

Do not attempt to unplug the power-cord plug with wet hands.Doing so mayresult in electricalshock.

Do not allow liquids, metal objectsor flammables inside the machine.Such materialscan cause fire.

Install on a stable surface.Failure to do somay result in fallingof the unit, leadingto injury.

Do not touch the tip of the cuttingtool with your fingers.Doing so may result in injury.

Wear dust goggles and mask duringuse.Cutting dustmay scatter,causingbodily injury.

Do not allow children to operatewithout adult supervision or operatewithin reach of young children.Doing so may result in injury.

Do not use with a damaged ACadapter, power cord, or power-cordplug or with a loose electrical outlet.Use with any otherpower supply maylead to fire orelectrocution.

Do not injure or modify the electricalpower cord, nor subject it toexcessive bends, twists, pulls,binding, or pinching, nor place anyobject of weight on it.Doing so maydamage theelectrical powercord, leading toelectrocution orfire.

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During cutting or scanning, do notplace hands near the cutting tool orthe probe.Doing so mayresult in injury.

In case of emergency, immediatelyunplug the AC adapter

While the power is on, do notremove the spindle unit from thecarriage.Doing so mayresult ininjury.

Do not operate if a transparent coveris cracked or broken.If the transparentcover at the frontor the side of theunit is cracked,contact a serviceagentimmediately forrepairs.

When you're finished,wash your hands torinse away allcuttings.

Store clay out of the reach ofchildren.

Use a commercially available brushto remove metal cuttings.Attempting to usea vacuum cleanerto take up metalcuttings maycause fire in thevacuum cleaner.

UP

DOWN

TOOL

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UP

DOWN

TOOL

About the Labels Affixed to the AC Adapter and UnitThese labels are affixed to the body of this product and the AC adapter. The following figure describes the location.

: Indicates information to prevent machine breakdown or malfunction and ensure correct use.

: Indicates a handy tip or advice regarding use.

In addition to the and symbols, the symbols shown below are also used.

NOTICE

During cutting orscanning, keep handsaway from the cuttingtool and the probe.

Rated power supplyDo not use with any electricalpower supply that does notmeet the ratings displayed onthe AC adapter.

Model name

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1 What You Can Do with MODELA

Cut material to make a shapeMODELA cuts materials for three-dimensional objects made with software.You can also engrave plates using flat line-drawing data.

Create three-dimensional data from a shapeMODELA can scan the shape of a solid object and create three-dimensional data.You can use this data to do things like changing the size or make use of a natural shape as part of another design.

Use software tocreate a three-dimensional object.

Cutting ashape

Enter the parametersfor cutting the three-dimensional object(cutting parameters).

Perform cutting. Finished result.

Use software designa line drawing.

Engraving

Enter the parametersfor engraving (engrav-ing parameters).

Perform engraving. Finished result.

Prepare the three-dimensional object.

Creatingdata froma shape

Enter the parametersfor scanning.

Perform scanning. Finished result.

3D Design etc. MODELA Player

Dr.Engrave etc. 2.5D Driver

Dr.PICZA Dr.PICZA

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2 Check the Included Items

AC adapter: 1 Power cord: 1 Roland softwarepackage: 1

Spindle unit: 1 (*1)

Sensor unit: 1 (*1) Cap screw M4 x 15: 4(Two spares)

Tool: 1(High speed steel)The shape of the tool maydiffer from that below.

Set screw M3 x 3: 2(One spare)

(*1) Do not discard the included-item box containing the spindle unit and sensor unit.It is needed to hold the unused unit while Modela is in operation.

(*2) The positioning pin is used when performing double-sided cutting with MODELA.For detailed information about double-sided cutting, see “Cutting Tips” in the included CD-ROM (refer to "8 Overview ofthe Usage Guides").

Front cover: 1 Hexagonal wrench(size : 3 mm) :1Hexagonal wrench(size : 1.5 mm): 1

Positioning pins: 3 (*2)(diameter 3 mm (0.118 in.),length 20 mm (0.787 in.))(One spare)

Double sided tape: 1

Clay: 1 MDX-20/15 User's Manual: 1

The configuration of theMDX-15 differs, but theattachment method is the same.

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UP

DOWN

TOOL

MODELINGMODE LED

SCANNINGMODE LED

STANDBY key

VIEW LED

VIEW key

TOOL-UP key

TOOL-DOWN key

3 Part Names

Do not touch the wire with the hands.

Except when repacking the unit, do not attempt to move the table or carriage by hand.

NOTICE

Switch PanelFront

Rear

Carriage

Work plate

Table

Jack

AC adapter jack

Serial connector

Wire

In this manual, sections that explain commons points for the MDX-20/15, use only illustrations of the MDX-20. Some details ofthe MDX-15 differ from the figure.

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UP

DOWN

TOOL

4 Setting Up and Connection

Do not use with any power supplyother than the dedicated AC adapter.Use with any other power supply may leadto fire or electrocution.

Do not use with any electrical powersupply that does not meet theratings displayed on the AC adapter.Use with any other power supply may leadto fire or electrocution.

Install on a stable surface.Failure to do somay result in fallingof the unit, leadingto injury.

Use within a temperature range of 5 to 40°C (41 to 104°F) and within a humidity range of 35 to 80%.

Securely connect the power cord, computer I/O cable and so on so that they will not be unplugged and causefailure during operation. Doing so may lead to faulty operation or breakdown.

NOTICE Never install this unit in any of the following situations, as it could result in damage:Places where the installation surface is unstable or not level.Places with excessive electrical noise.Places with excessive humidity or dust.Places with poor ventilation, because the MODELA generates considerable heat during operation.Places with excessive vibration.

* Do not place any objectwithin the area

30 cm (12 in.)

AC adapter jack

Connecting the AC Adapter and Power Cord

Connect in the order of the numbers shown in the figure.

AC adapter

Power cord

2

3

Use only with the power cordincluded with this product.Use with other than the included power cordmay lead to fire or electrocution.

Ground the unit with the ground wire.Failure to do so may result in risk of electro-cution in the event of a mechanical problem.

30 cm (12 in.)

10 cm (4 in.)

10 cm (4 in.)

1

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UP

DOWN

TOOL

Connecting with Computer

• If your computer is an IBM PC compatible personal computer, then use an optionally available XY-RS-14/34 cable (or equivalent). Astraight cable such as modem cable will not work.

• Make sure the power to the computer and the MODELA is switched off before attempting to connect the cables.

Serial connector

Serial cable(XY-RS-34 or equivalent)

IBM PC or PC compatible

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5 Installing the Software

Software Overview

Windows driver

MODELA programs

MODELA Player

MODELA 3D DESIGN

MODELA 3D TEXT

Virtual MODELA

Dr.Engrave

3D Engrave

Dr.PICZA

This is necessary when sending data to MODELA from a Windows-based program.If you’re using Windows, be sure to install this driver.

The Windows versions of MODELA Player, MODELA 3D DESIGN, and MODELA 3DTEXT cannot be set up separately.

This sets the required parameters for cutting solid objects and sends the cutting data toMODELA.This can import not only solid objects created with three-dimensional programs from RolandDG Corp., but also solid objects created using other commercially available three-dimen-sional programs (via DXF or STL).

This lets you choose a basic shape such as a cylinder or sphere, and modify it to create athree-dimensional object.You can intuitively create solid objects with smooth curves.You can use MODELA to cut solid objects and save data in three-dimensional DXF files.

This adds thickness to text to create three-dimensional characters.It’s also possible to edit text to make it bold, italic, or the like. You can put a box around textwith just a single click — a handy feature when making nameplates.You can use MODELA to cut three-dimensional text and save data in three-dimensionalDXF files.

This simulates tool movement before performing cutting with MODELA.You can use it to check the finished shape as well as things like whether the cutting depth issuitable and how much time cutting will take. This can reduce loss for cutting materials andtime.

This is used to design plates and send the engraving data to MODELA.You can make large numbers of plates with the same design with high efficiency. You canuse the TrueType fonts registered in Windows as the font style for text. You can even makestroke fonts from TrueType fonts.Because you can the outline of an image and convert it to line segments, it’s also possible toinclude logos for companies or organizations in the plates you make.

This adds thickness to a flat (two-dimensional) graphic to create a relief (raised engraving).You can also add thickness to images such as illustrations.

This scans the shape of a solid object with MODELA and creates three-dimensional data.You can use it to rescan a particular portion, delete unneeded portions, cut a scanned three-dimensional object with MODELA, or save data in any of four file formats, including DXFand STL.

Software That Can Be Used with the MODELAThe Roland Software Package CD-ROM contains many different kinds of software.You can view the software that can be used with MODELA by displaying the setup menu on the CD-ROM and choosing the model ofMODELA.See below for overviews and brief description of usage for the software displayed on the setup menu.

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Setting Up the Program

Setting Up the ProgramIf you are installing under Windows NT 4.0/2000/XP, log on to Windows as "Administrators" account.

1 Switch on the computer and start Windows. 2 Place the CD from the Roland Software Packagein the CD-ROM drive.The Setup menu appears automatically.

MODELA Applications Dr.Engrave 3D Engrave Virtual MODELA Dr.PICZA

Operating system Windows 95/98/Me/NT4.0/2000/XP

Computer Computer running Windows (Pentium processor or better recommended)

Memory (RAM) 32 MB or more recommended

Free hard-disk space7 MB 10 MB 10 MB 5 MB 3 MB

required for installation

System requirements

4 The Setup program starts. Follow the messages tocarry out setup and finish setting up the program.

* When the setup for one program finishes, thesetup for the next program starts.In the interval until the next setup starts, a dialogbox showing the progress of processing isdisplayed.

3 Click the drop-down arrow next to [Click here],choose the model you're using, then click [Install].If you're using the MDX-20, choose [MDX-20]. Ifyou're using the MDX-15, choose [MDX-15].To view the description of a program, click the button. To view the manual, click the button.(There are manuals in PDF format for the pro-grams that the button references. AcrobatReader is required to view PDF files.)If there are programs you don't want to install, thenclear their check boxes before you click [Install].

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5 The driver settings appear. Check the values, click[Close], and finish installing the driver. 6 When all installation finishes, the screen shown

below appears.Click [Close].

After returning to the menu screen for installation,

click .7 8 Remove the CD-ROM from the CD-ROM drive.

1 Click [Start]-[Settings]-[Printer] to open the [Printer]folder. Right-click on the Roland MODELA MDX-20 icon, then click [Properties].The [Roland MODELA MDX-20 Properties] dialogbox appears.

2 Click the [Details] tab. At [Print to the followingport(s)], choose an unused port other than [COM1].

4 Make the settings for the following communica-tion parameters. Click [OK].3 Set [Transmission retry] to 3,600 seconds. Click the

[Port Settings] .The [Port Settings] tab appears.

Changing the PortWhen the driver is installed, the port for output from the computer is automatically set to [COM1]. If MODELA is connected to a port otherthan [COM1], follow the steps below to change the port setting.

* The explanations in this section describe operation of the MDX-20. If you're using the MDX-15, then where "MDX-20" appears in the text, read "MDX-15" instead.

<Driver for Windows 95/98/Me>

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<Driver for Windows NT4.0/2000/XP>

When you make the settings for Windows NT4.0/2000/XP driver, log on to Windows as "Administrators" or "Power Users" account.

3 Click the [Ports] tab. For [Port], choose an unusedport other than [COM1]. Click [Configuration Port].

> Windows NT 4.0: go to step 4 > Windows 2000/XP: go to step 5

2 Right-click on the Roland MODELA MDX-20 icon,then click [Properties].The [Roland MODELA MDX-20 Properties] dialogbox appears.

1 Open the [Printers] folder.

Windows NT4.0/2000:Click [Start]-[Settings]-[Printers].

Windows XP:Click [Start]-[Control Panel]. Click [Printers andOther Hardware], then click [Printers and Faxes].

4 Click the port you chose in step 3, then click [Set-tings].

5 Make the settings for the following communicationparameters. Click [OK].

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Application SettingsWhen you finish installing the applications, continue by making the following settings. Be sure to make the settings before use.

* The explanations in this section describe operation of the MDX-20. If you're using the MDX-15, then where "MDX-20" appears in the text, read "MDX-15" instead.

1 Click [Start] and point to [Programs].Point to [Roland MODELA] and click [MODELAPlayer].

2 From the [Options] menu, click [Machines...].The [Model Selection] dialog box appears.

3 Click [MDX-20], then click [OK]. 4 From the [File] menu, click [Print Setup...].The [Print Setup] dialog box appears.

MODELA Player

5 Click the drop-down arrow for the name and click[Roland MODELA MDX-20].Then click [OK].

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Dr.PICZA

1 Click [Start]. Point to [Roland Dr.PICZA] and click[Dr.PICZA]. 2 From the [File] menu, click [Preferences...].

The [Preferences] dialog box appears.

3 Select the port where the cable is connected, thenclick [OK].

If You’re Using Windows NT4.0/2000/XP

If the printer port for the Windows driver and the communica-tion port for Dr. PICZA are set to the same port, you cannot useDr. PICZA.To perform scanning, you need to temporarily set the Windowsdriver printer port to a different port.After you finish scanning, return the setting for the Windowsdriver to its original value.

1 Click [Start]. Point to [Roland Dr.Engrave] and click[Dr.Engrave]. 2 From the [File] menu, click [Print Setup...].

The [Print Setup] dialog box appears.

Dr.Engrave

3 Click the drop-down arrow for the name and click[Roland MODELA MDX-20]. Then click [OK].

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1 Click [Start].Point to [Roland 3D Engrave] and click [3DEngrave].

2 From the [Cut] menu, click [Machines...].The [Model Selection] dialog box appears.

3 Click [MDX-20], then click [OK]. 4 From the [File] menu, click [Output Device Setup].The [Print Setup] dialog box appears.

5 Click the drop-down arrow for the name and click[Roland MODELA MDX-20].Then click [OK].

3D Engrave

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How to Use HelpIf you have trouble using the program or driver, see the help screens. Help contains information such as descriptions of software opera-tion, explanations of commands, and tips for using the software more effectively.

When there's a [?] button on screen

Clicking [?] in the upper-right corner of the window makesthe mouse pointer change to a question mark ( ). Youcan then move the pointer over any item you wish to learnmore about, then click on the item to display an explana-tion of it.

When there's a [Help] button onscreen

Clicking [Help] lets you view help for the window orsoftware.

1 From the [Help] menu, click [Contents]. 2 Clicking on text that is green and underlined (by asolid or dotted line) displays an explanation.

3 Clicking on an image area that contains anexplanation displays the explanation.

Tip:

- When the pointer moves over green underlinedtext, it changes to a pointing hand ( ).

- When the pointer moves over a location where anexplanation is included, it changes to a pointinghand ( ).

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This section provides a step-by-step explanation of the basic procedures for cutting a solid objects with MODELA.

In this section, it is assumed that you have already completed making the three-dimensional data for the solid object. It is assumed thatthe three-dimensional data you have prepared is three-dimensional data in DXF format.

- Open the three-dimensional data with MODELA Player and set the cutting parameters.- Install the cutting tool and mount the workpiece on MODELA.- Set the reference point for cutting.- Perform surfacing and start cutting.

This explanation takes the sample data for the MODELA programs as an example of a solid object to be cut.

6 Operation Guide [Cutting Section]

2 Choose the desired file and click [Open].1 From the [File] menu, click [Open...].The [Open] dialog box appears.

Create the Cutting DataPrepare the data to be cut with MODELA, and set the cutting parameters with MODELA Player.

Open the File

Set the Cutting Parameters

The cutting parameters are the parameters for cutting the solid object.For MODELA Player, make these settings:

Cutting surface : The surface of the solid object to be cutSize : The size of the finished objectDepth : The depth of cuttingMaterial : The composition of the workpiece to be cutCutting process : The stage of cuttingTool : The diameter of the cutting tool and the shape of the tool’s tip

* When you set the parameters, the optimal movement speed, cutting-in amount, and so on when performing cutting underthese conditions are selected.When you use workpieces and tools for which choices are already available, then unless an incorrect selection is made, thereis practically no chance of the tool breaking. Choose the loaded workpiece and the installed tool.When you use workpieces and tools for which choices are not available, the cutting parameters must be entered with greatcare. An incorrect setting may result in overload that makes it possible for correct cutting to continue, and in worst cases maycause the tool to break.

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Make the settings for the cutting condi-tions. Clicking [NEXT] advances thesetting screens in sequence from A to D.Make the settings in order from A to D.(Clicking A, B, C, or D in the figuredisplays the corresponding setting screen,this should not be used except when it'snecessary to make settings independently.)

CSet the maximumcutting depth

Make the setting for themaximum cutting depth.Drag the spin dial up ordown, or click on a numberand enter a value from thekeyboard.Clicking [Center] sets thedepth at a locationproportional to the height.

DTool diameter/Material/Finish

ToolSet the type and diameterof the tool that is installed.

MaterialChoose the composition ofthe loaded workpiece.

FinishWhen cutting a solid objecton a modeling machine, anattractive finish can beobtained by first perform-ing rough (draft) cutting,then performing finecutting. Set to [Draft] forthe first pass, and to [Fine]for the second pass.

This displays the path ofthe tool during cutting.

Click here to advance tothe next settings.

A

B

C

D

ASelect the directionof the object

Select the direction to beused for cutting the object.In the figure at right,cutting from above isselected.

BSet the dimension

Make the setting forobject's size. Drag the spindial up or down, or clickon a number and enter avalue from the keyboard.Clicking [Resize] makes itpossible to specify a ratiofor the dimensions.

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Checking the Cutting ResultsIf Virtual MODELA is installed and set up, then before you perform actual cutting with MODELAyou can check the shape that will be produced after cutting.

1 From the [File] menu, click [Print Preview].Virtual MODELA starts. 2 The cutting data from MODELA Player is

imported into Virtual MODELA.An animated display of tool movement appears,and the shape after cutting is gradually produced.

* For more informa-tion on how tooperate VirtualMODELA, see thehelp for VirtualMODELA.

Save the file

1 From the [File] menu, click [Save As...].The [Save As] dialog box appears. 2 Choose where to save the file, type a filename, and

click [Save]. The file extension is “.mdj”.

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Attach the Spindle UnitBefore attaching the spindle unit, make sure the power to the Modela is switched off.

During cutting or scanning, keephands away from the cutting tooland the probe.Doing so mayresult in injury.

Attach the spindle unit securely so that it does not come loose during cutting.NOTICE

1 Engage the notch on the spindle unit with the areaof the carriage shown in the figure, and pressdown gently with your hand.

Attach the Spindle Unit

When mounting at the lowposition

When mounting at the highposition

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The Mounting Locations for the Spindle UnitThere are two locations (heights) for attaching the spindle unit.Choose the correct location according to the cutting tool length and the thickness of the workpiece.

Spindle unit

Carriage

Approximately20 mm (13/16 in.)

Approximately80.6 mm (3-3/16 in.)

Spindle operating range60.5 mm (2-3/8 in.)

Work plate surface

Spindle unit

Carriage

Spindle operatingrange

60.5 mm (2-3/8 in.)

Approximately56 mm (2-3/16 in.)

Approximately116.5 mm (4-9/16 in.)

Load the workpiece and install the tool. When using a base to load the workpiece, mount the base as well.Make the layout the same as for actual cutting.Move the spindle to its highest point. When viewed from the side, if the tip of the tool is lower than the surface of the workpiece,remount the spindle unit at the higher location.

3 Make sure the tube is at the position shown in thefigure.Insert the cord for the spindle unit into the jack.

2 Insert the cap screws at the locations shown in thefigure, and tighten them loosely using the includedhexagonal wrench (size : 3 mm). After attachingall two screws in this way, tighten them securely.

Position the connector so the arrowpoints to the back of the unit andinsert.

TubeMake sure it isat the base ofthe cord.

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Attach the cutting tool securely so that it does not come loose during cutting.NOTICE

Install the Cutting Tool

Do not touch the tip of the cuttingtool with your fingers.Doing so may result in injury.

1 While supporting the spindle by hand, remove thescrews at the four places in the figure. 2 Pull out the spindle from below to remove it.

To install a cutting tool, remove the spindle. It’s not necessary to remove the whole spindle unit.

Spindle

3 Insert the cutting tool into the spindle.The cutting tool must not be inserted beyond theshank.

4 Use a hexagonal wrench (size : 1.5 mm) to attachthe included set screws to one side only.

Spindle

Cutting tool

Set screw

* Insert the set screw straight and install.

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5 Fit the spindle into place as shown in the figure. 6 Lift up the spindle until it touches, and whileholding the spindle in that position, use theincluded hexagonal (size : 3 mm) wrench toloosely tighten the screws you removed in step 1.

7 After all four screws are in place, While support-ing the spindle by hand, tighten securely.

About the Length of Tool Extending Beyond the Spindle Tip

Care is required regarding the length of tool extending beyond the spindle for the following reasons:If too short, the tool tip will not reach the desired depth.If too long, the tool may strike the workpiece when the tool is raised.

The restricted tool length varies according to the mounting location (height) of the spindle unit and the thickness ofthe workpiece. For more information, go to "Attaching the Spindle Unit" and see the figure for "The MountingLocations for the Spindle Unit."

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Load the WorkpiecePrepare a workpiece of the necessary size and load it on MODELA.A block having a margin of a few millimeters larger than the minimum required size is optimal. Cutting time is long if too large, and thesolid object cannot be made if too small.

Bottom surface of the carriage

Work plate surface

62.4 mm (2-7/16 in.)

Workpiece thicker than this value cannot beloaded.In actual use, the thickness of the loadableworkpiece varies according to the length of themounted tool and the thickness of the base.

Maximum cutting area of the MODELA

Z-direction

X- and Y-direction

: Maximum cutting areaThe area demarcated bylines passing through thecenters of the four holes asshown in the figure is thesuggested maximum cuttingarea.

1 Remove the screws shown in the figure and detachthe work plate. 2 Apply double-sided tape to the workpiece.

Make the adhesive surface broad so that theworkpiece does not come loose during cutting.With a block like that in the figure, for example,apply the tape so there are no gaps on any side.

Double-sidedtape

Workpiece

MDX-20 : 152.4 mm (6 in.)MDX-15 : 101.6 mm (4 in.)

MDX-20 : 203.2 mm (8 in.)MDX-15 : 152.4 mm (6 in.)

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3 Mount the workpiece with its corner aligned withthe position of the work plate in the figure. 4 Install the work plate.

Attach the Front Cover

Be sure to attach the front cover. If not installed, cuttings may scatter and enter nearby computers or otherequipment, resulting in breakdown.

NOTICE

Attach the front cover. If the cover is not attached, the VIEW LED lights (every 1 sec.) up and MODELA does not operate.

Press in all the way, until flush.

Fit the cover plate into place from aboveso that it goes into the portion shown inthe figure.

The center of the hole at the lowerleft of the work plate is the sug-gested X- and Y-direction machiningreference point for Modela.

When performingcutting, use thesurface with no grid.

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Powering ON

NOTICE Before switching on the power to the MODELA, turn on the computer.

1 Press the STANDBY key.The STANDBY LED lights up. 2 The unit performs initial operation and stops, and

the VIEW LED and MODELING MODE LEDlight up.* During initial operation, a sound may be heard

for some 20 seconds at the time of origindetection.

Do not perform cutting using cutting oil. Doing so may result in breakdown.NOTICE

Perform Surfacing

During cutting or scanning, do notplace hands near the cutting tool orthe probe.Doing so mayresult in injury.

Do not operate if a transparent coveris cracked or broken.If the transparentcover at the frontor the side of theunit is cracked,contact a serviceagentimmediately forrepairs. UP

DOWN

TOOL

Do not allow children to operatewithout adult supervision or operatewithin reach of young children.Doing so may result in injury.

Wear dust goggles and mask duringuse.Cutting dustmay scatter,causingbodily injury.

Cut the surface of the loaded workpiece to eliminate unevenness and create a level surface.This is called "surfacing."

Follow the steps below to perform surfacing.Refer to each item for the details of each step.

1. Set the depth-direction reference point.

Set the depth-direction reference point on the top surface of the workpiece.MODELA takes the position of the tool just before starting cutting as the depth-direction reference point.

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2. Verify the cutting position and the height when the tool is lowered.

Use MODELA Player to move the MODELA tool, then verify the following two points.

- Object Cutting PositionMake sure that the cutting position specified with MODELA Player matches the position of the workpiece loaded on theModela.

- Height When Tool Is LoweredMove the tool, and verify the height when the tool is lowered to the depth-direction reference point.If the height of the workpiece is not uniform, cutting deeper than the surface of the workpiece may be performed when thetool is lowered to a position other than the position set for the depth-direction reference point.If this happens, then set the depth-direction reference point again.

3. Reset the depth-direction reference point again.

In "2 verify the specified cutting position and the height when the tool is lowered," if the tool cut the surface of the workpiece, thenyou need to redo the setting.Reset the depth-direction reference point at the highest position on the workpiece.If surfacing is started without redoing the setting first, then the amount of cutting in the first pass increases, which may place excessiveload on the tool and make it impossible to complete surfacing.

4. Perform surfacing.

1. Set the Depth-direction Reference point

You cannot set this while the VIEW LED is lit or during cutting.

2 Hold down the TOOL-DOWN key to lower the cut-ting tool to close to the surface of the workpiece.

The cutting tool rotatesas it descends

Workpiece

1 While the VIEW LED is lighted, pressing the keycancels the paused state.The carriage moves to MODELA's X- and Y-direc-tion machining reference point.

Cutting tool

Amount cut in first pass

OK Not OK

Cutting tool

WorkpieceWorkpieceAmount ofsurfacing

Depth-directionreference point

Amount cut in first pass

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2. Verify the Cutting Position and Height When the Tool Is Lowered

1 From the [Options] menu, click [Layout...].The [Layout/Surfacing] dialog box appears. 2 The blue rectangle is the range of the object.

When you double-click one of the black circles dis-played at the corners of the object, the cutting tooldescends to the depth-direction reference point at thatlocation.Double-click black circles in the sequence shownby the numbers in the figure and verify the cuttingposition.To move the object's cutting position, drag the bluerectangle.

Blue rectangle

3 If the workpiece is cut when you lower the cuttingtool at positions 1 through 3 in step 2, then skip aheadto the next section, "3. Reset the Depth-directionReference Point."If it is not cut, then proceed to step 2 of "4. PerformSurfacing" and perform surfacing.

To make the setting for the cutting position onlywithout performing surfacing, then click [OK].

Black circles

4 When the tip touches the workpiece, release theTOOL-DOWN key.After setting the reference point, do not press theTOOL-UP or TOOL-DOWN keys.

Workpiece

Cutting tool

3 When the tool tip comes close to the workpiece sur-face, carefully use the key to lower the cutting tool alittle at a time.

12

3

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3. Reset the Depth-direction Reference Point

1 Press the TOOL-UP key to move the cutting toolaway from the workpiece. 2 In MODELA Player's [Layout/Surfacing Settings]

dialog box, In the dialog box, drag the white circleto move it next to the black circle where you per-formed cutting in "2. Verify the Cutting Position andHeight When the Tool Is Lowered." In this example,it's assumed that the black circle shown in the figurewas cut.

3 When you click the button, the cutting tool

moves to the white circle.4 Press the TOOL-DOWN key.

Release the key when the tip of the cutting tooltouches the surface of the workpiece.The depth-direction reference point has now beenreset.

5 Lower the cutting tool at the four remaining cornerswith the new reference point, and make sure that theworkpiece is not cut. (See "2. Verify the CuttingPosition and Height When the Tool Is Lowered" inthe previous section.) If the workpiece is cut, thenrepeat steps 2 and 3 and set a new reference point.* When you view the loaded workpiece edge-on from

the side, if there is any location higher than thefour corners, then move the cutting tool to that lo-cation and redo the setting for the depth-directionreference point.

Redo the setting at the high location

Cutting tool

Workpiece

Place cut deeper thanthe surface

Move the white circle

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4. Perform Surfacing

1 From MODELA Player's [Option] menu, click[Layout]. The [Layout/Surfacing Settings] dialogbox appears.

2 Enter the surfacing depth.Here you set the cutting depth from the depth-direction reference point.

3 To change the range and location for surfacing, clearthe selection for [Automatic].To change the range, drag the solid squares surround-ing the shaded area, or type in numerical values for[Width] and [Length].To change the location, drag the shaded portion ortype in numerical values for [Lowerleft X],[Lowerleft Y].

Click [Start] to start surfacing.When surfacing ends, the depth-direction refer-ence point is set at the surface after surfacing.

5 When surfacing ends, click [OK].

4

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Perform CuttingA three-dimensional object is cut in two stages: draft cutting and finishing.

First pass Draft cutting High-speed cutting that leaves a margin for finishingSecond pass Finishing High-precision cutting of the margin on the workpiece surface left by draft cutting

When finishing ends, cutting is complete.Depending on the composition of the workpiece, however, finishing may not actual produce an attractive finish.In such cases, use a file or the like to work it by hand.

1 Click [START] to start cutting.

1 Open the [Printers] folder.

Windows 95/98/Me/NT4.0/2000:Click [Start]-[Settings]-[Printers].

Windows XP:Click [Start]-[Control Panel]. Click [Printers andOther Hardware], then click [Printers and Faxes].

2 Double-click the printer icon for the machine you'reusing. If you're using the MDX-20, double-click the[MODELA MDX-20] icon. If you're using the MDX-15, double-click the [MODELA MDX-15] icon.

Pausing or stopping operationPress the VIEW key to quit the cutting operation.

To continue with cuttingPress the VIEW key again.

To end cuttingStop sending data from MODELA Player.

3 At the [Printer] menu, choose [Purge Print Jobs] or[Cancel] to stop sending data.If you're using Windows 2000/XP, choose [CancelAll Documents].

4 To delete cutting data remaining in MODELA,press the Modela TOOL-UP and TOOL-DOWNkeys at the same time.The VIEW LED flashes. When the LED stopsflashing, deletion is finished.

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When not in use for several hours,unplug the power-cord plug from theelectrical outlet.Failure to do so mayresult in danger ofshock, electrocution,or fire due todeterioration of theelectrical insulation.

When you're finished,wash your hands torinse away allcuttings.

Use a commercially available brushto remove metal cuttings.Attempting to usea vacuumcleaner to takeup metal cuttingsmay cause fire inthe vacuumcleaner.

UP

DOWN

TOOL

When Cutting is Finished

3 Remove fallen cuttings from around the workpieceand the table.

Metal cuttingsRemove using a commercially available brush.

Other cuttingsRemove using a commercially available brush or with avacuum cleaner.

1 Press the STANDBY key to switch off the power. 2 Remove the workpiece you have finished cutting.If the workpiece does not peel off easily, usecommercially available ethyl alcohol and awooden spatula or the like to remove it.

Be sure to also remove any buildup of cuttings under the machine.Continuing to use the machine without removing cuttings may result in built-up cuttings getting inside themechanism, leading to breakdown.

Do not use an air blower to remove cuttings by blowing them away. The cuttings may get inside the mecha-nism, resulting in breakdown.

NOTICE

* Be sure to remove cuttings only after MODELA has finished cutting.

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5 Lift up MODELA and also remove any cuttingsthat may have fallen underneath.

6 Unplug the power-cord plug from the electricaloutlet.

4 Remove any buildup of cuttings from under the table.

Metal cuttingsDetach the work plate.While holding down the STANDBY key, switch onthe power to MODELA.Press the VIEW key and move the table. Use a com-mercially available brush to remove any metal cut-tings that are exposed.After removing the cuttings, hold down theSTANDBY key and switch off the power.

Other cuttingsDetach the work plate and use a vacuum cleaner totake up any cuttings.

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Attach the sensor unit securely so that it does not come loose during cutting.NOTICE

7 Operation Guide [Scanning Section]

Attach the Sensor Unit

Perform installation and removal of the sensor unit while the cover is attached.If the cover is not present, the probe may be damaged if the sensor unit should fall or be dropped.

1 If the spindle unit is installed on the carriage, thenremove it. Do this by following the steps in“Attach the Spindle Unit” in reverse order.

2 Engage the notch on the sensor unit with the areaof the carriage shown in the figure, and pressdown gently with your hand.

Before attaching the spindle unit, make sure the power to the Modela is switched off.

3 Insert the cap screws at the locations shown in thefigure, and tighten them loosely using the includedhexagonal wrench (size : 3 mm). After attachingall four screws in this way, tighten them securely.

4 While gently pressing down on the cover with onehand, loosen the screw shown in the figure.

Screw

Cover

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5 Pull the cover back to remove it.

Detaching the Sensor Unit

1 2 While gently pressing down on the cover with onehand, tighten the screw shown in the figure.

Fit the cover onto the sensor unit as shown in thefigure.

Sensor unitCover

3 Remove the sensor unit by following steps 2, 3,and 6 of "Attach the Sensor Unit" in reverse order.

Fit the notch inthe cover intothe area shownby slanted lines.

Sensor unit

Cover

6 Make sure the tube is at the position shown in thefigure.Insert the plug for the sensor unit into the jack.

TubeMake sure itis at the baseof the cord.

Position the connector so the arrowpoints to the back of the unit and insert.

Screw

Cover

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Maximum scanning area of theMODELAThe maximum scanning area is shown in the figure.

* This space cannot be scanned.

Work plate

Maximumscanning area

Load the Object to Be Scanned on the MODELAThe sensors for the MODELA are highly sensitive, and can even scan three-dimensional objects made out of clay.You can usually perform scanning if the three-dimensional object is of a composition and configuration that can retain its shape.However, the pressures that the sensors detect are from several grams to several tens of grams, so you cannot scan objects whose shapechanges when touched by the sensors. (Pressure may fluctuate, depending on the composition of the object being scanned.)For instance, it may not be possible to scan something like a fuzzy stuffed animal or rubber.Depending on the shape you're scanning, a maximum error equal to the radius of the probe (0.5 mm) may occur.

1 Remove the screws shown in the figure and detachthe work plate.

3 Install the work plate on MODELA and tighten thescrews.

2 Orient so the surface with the grid faces up.Mount the object to be scanned.Secure the object to be scanned in place on thework plate for scanning.Mount the object to scan securely in place so thatit does not move during scanning.The grid on the table serves as a guide formounting the object to scan.It does not indicate the scanning area for Dr.PICZA.The scale is in 10 mm (3/8 in.) units.

When the shape has a flat bottom and is easyto secure in place

Secure in place withdouble-sided tape.

When the bottom is uneven and difficult tosecure in placeWhen scanning as far as the bottom surfaceof the object to be scanned

Make a base using clay, and press theobject into the clay base from above tosecure it in place.

Press in all the way, until flush.

MDX-20 : 203.2 mm (8 in.)MDX-15 : 152.4 mm (6 in.)

MDX-20 : 152.4 mm (6 in.)MDX-15 : 101.6 mm (4 in.)

60.5 mm (2-3/8 in.)

1 mm (0.0394 in.)

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Attach the Front CoverAttach the front cover.

Fit the cover plate into place from aboveso that it goes into the portion shown inthe figure.

Powering ON

Before switching on the power to the MODELA, turn on the computer.NOTICE

1 Press the STANDBY key.The STANDBY LED lights up. 2 The unit performs initial operation and stops, and

the SCANNING MODE LED lights up.

: Scan path (bidirectional scanning)

Scanning area

(Spacing of adjacent scan points along the Y axis)

Y SCAN PITCH

X SCAN PITCH

Workpiece plate

Scanning Area

Scan object

Clay(Spacing of adjacent scanpoints along the X axis)

: Scan points

Z UpperLimit

Z BOTTOM(Height of the scanningarea's bottom plane)

* If you have made a clay base, the height of theclay is taken to be the Z-axis reference surface.

Workpiece plate

Setting Scanning Conditions and Starting Scanning

About scanning conditions and the scanning area

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Setting scanning conditions and starting scanning

Start Dr. PICZA and make the settings for scanning resolution, the lower limit for the height of the surface to scan, and the scanningquality.

During cutting or scanning, keephands away from the cutting tooland the probe.Doing so mayresult in injury.

1 Click on the Dr. PICZA.

The Controller window opens.When Dr. PICZA is started, the Controller windowis already open.

2 Make the settings for X scan pitch and Y scanpitch.

3 Make the setting for Z bottom.If you have made a clay base, the height of theclay is taken to be the Z-axis reference surface.

4 Make the selection for scanning quality.

5 Select [Smart Scan]. When this is selected,MODELA identifies and limits the scanning areabefore performing scanning (X and Y directionsonly).To specify the scanning area manually, deselect[Smart Scan], then click [Set Scanning Area]. Formore information on how to specify this, see“Setting the Scanning Area” in the next section.

6 Click [SCAN] .Scanning starts.(During scanning, the sensor may emit a transmis-sion sound, but this is normal.)

For detailed descrip-tion of the availableController buttons,please refer to the helpscreens for Dr.PICZA.

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If You’re Using Windows NT4.0/2000/XP

If the printer port for the Windows driver and the communication port for Dr. PICZA are set to the same port, you cannot use Dr. PICZA.To perform scanning, you need to temporarily set the Windows driver printer port to a different port.After you finish scanning, return the setting for the Windows driver to its original value.

Setting the scanning area

If you wish to limit the scanning area, such as in cases where you wish to scan only a portion of an object, make the settings as describedbelow.

1 Click in the Controller

window. The [Scanning Area] dialog box appears.2 Make the settings for the scanning area.

Make the settings to match the location where thescan object is secured in place.Either of the following two methods can be used tomake the settings.

- Use the mouse to move the blue frame on screen.3 Click [Begin Area Test].The sensor moves to a position above an outerpoint on the scanning area that has been set.Make sure the scan object that has been secured inplace lies within the area.

Blue frame

- Enter the numerical values for the upper-rightand lower-left points.

The size of the on-screen scanning area (shown inblue) changes to match the values that are entered.

Use the following examples as a guide to determine the amount of computer memory required to perform scanning.

* The figures shown below are the amounts used by Dr. PICZA alone. They do not take into account the amounts used by the operatingsystem or other programs.

Example: Required memory when scanning a 100 mm x 100 mm (3-15/16 in. x 3-15/16 in.) area

- Scanning at a pitch of 0.05 mm x 0.05 mm (0.002 in. x 0.002 in.) : Approx. 2 GB- Scanning at a pitch of 0.1 mm x 0.1 mm (0.004 in. x 0.004 in.) : Approx. 500 MB- Scanning at a pitch of 0.5 mm x 0.5 mm (0.020 in. x 0.020 in.) : Approx. 20 MB

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4 Click [Z Upper Limit].The cursor is displayed on the Z upper-limitsetting on screen.Specify the highest position of the scan object.Clicking [Apply] or double-clicking on the targetlowers the sensors to the target's center position.If the target is displaced, redo the settings.* Set the Z upper limit to the highest

position on the object to be scanned.During scanning, if the sensor detects aposition higher than the Z upper-limitsetting, the setting is cleared and scanningcontinues with the greatest scan height ofDr. PICZA as the Z upper limit.

5 After determining the scanning area, click [OK].

6 Check the scanning conditions in the Controllerwindow one more time, then click .Scanning starts. (During scanning, the sensor mayemit a transmission sound, but this is normal.)

Cancels scanning/Pauses scanning

Cancels scanning. Anydata scanned before beingcanceled remains inmemory.

Scanning pauses and thetable moves toward thefront of the unit.Click [VIEW] again toresume scanning.

- For the scanning area and Z upper limit, please refer to "7 Operation Guide [scanning section] About scanning conditions and thescanning area".- For detailed description of the available Controller buttons, please refer to the help screens for Dr. PICZA.

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Saving Scanned Data

If you want to export the data as a file in DXF or VRML format, please refer to the help screens for Dr. PICZA.

1 Click and choose [Save].

The [Save As] dialog box appears.2 Choose the desired location for saving the file,

enter a file name, and click [SAVE].The extension ".pix" is appended to the file name.

When not in use for several hours,unplug the power-cord plug from theelectrical outlet.Failure to do so mayresult in danger ofshock, electrocution,or fire due todeterioration of theelectrical insulation.

When not in use

- Remove any clay from table, and store the clay so that it will not dry out.- Unplug the power-cord plug from the electrical outlet.

1 Press the STANDBY key to switch off the power. 2 Remove the scan object from the table.

Edit the Scanned DataThe shape of an object can be edited. It is possible to vary the height, adjust the slant, or perform concave/convex inversion (heightinversion) for a desired surface.You can use the toolbar button or select [Edit] on the menu bar.Please refer to the help screens for Dr. PICZA for detailed explanations of the various functions that are available.Be sure to save the scanned data before starting to edit.When you're done editing, be sure to save your file.

When Scanning Is Finished

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8 Overview of the Usage Guides

The included Roland Software Package CD-ROM contains the following PDF files.

- Cutting TipsThis describes tips and tricks for double-sided cutting and methods for securing the workpiece in place.

- Scanning TipsThis describes how to shorten scanning times and perform rescanning.

Location of the Usage Guides

The usage guides are found at the following locations.View the following files directly from the CD-ROM, or copy the following files to your hard disk and read them from there.

Cutting Tips : [Document] - [Cuttips] - [Cuttip-e.pdf]Scanning Tips : [Document] - [Scantips] - [Scatip-e.pdf]

Installing the Acrobat Reader

Acrobat Reader is required to view PDF files.If Acrobat Reader is not set up on your computer, you need to set it up.The included CD-ROM also contains Acrobat Reader.

[Acrobat] - [English] - [ar405eng.exe](This runs under Windows 95 or later.)

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This describes the general procedures for software you can use with MODELA.For detailed descriptions, take a look at the help screens for the respective software.

* The explanations in this section describe operation of the MDX-20. If you're using the MDX-15, then where "MDX-20" appears in the text, read "MDX-15" instead.

Driver for Windows 95/98/MeThis section explains how to make the settings for the engraving parameters.

When sending data from Dr. Engrave or a commercially available drawing program, the driver sets engraving parameters such as thetool’s operating speed, depth, and pitch. When sending data from MODELA Player or 3D Engrave to MODELA, the data is sent to thedriver’s output port. At this time, all driver settings other than the port are ignored, and do not affect cutting.

Display the Driver Setting Screen

To make the settings for the driver, open Properties. You can use either of the two methods described below to open Properties.

9 Software Guide

Method 1When you use this method to make the settings, any changes you make in Properties also affect other Windows-based programs.

1 Click [Start]. Point to [Settings] and click[Printer].The [Printers] folder appears.

2 Right-click on the [Roland MODELA MDX-20]icon, then click [Properties].

Method 2

1 From the [File] menu, click [Print Setup...].The [Print Setup] dialog box appears. 2 Set the printer to [Roland MODELA MDX-20],

then click [Properties].

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Enter the Cutting Area

Enter the size of the plate installed on MODELA.

1 Click the [Size] tab. 2 Enter values for [Width] and [Length].

1 Click the [Tool] tab. 2 Click the drop-down arrow for [Material], thenclick the composition of the engraving material(workpiece).

Set the Engraving Parameters

Make the settings for the composition of the workpiece to engrave and the engraving depth.Choosing the composition sets engraving parameters suited to this engraving. However, [Z Down Position] and [Fill Pitch] are deter-mined with no relation to composition, and so they are set separately. For [Z Down Position], enter the engraving depth. For [Fill Pitch],enter the tool diameter.The values for settings other than [Z Down Position] and [Fill Pitch] are also suggested guidelines. If the results of actual engraving arenot as expected, modify the values accordingly.

Lines are distinguished by color, and parameters when engraving a line of the corresponding color are set.

3 Click the tab for the color to set.The numeral appearing next to the color is the toolnumber that is now set.

4 Click the drop-down arrow for [Tool], then clickthe tool number.If you don’t wish to engrave lines of that color,click [None].

For [Fill Pitch] and items other than [Fill Pitch], suitable values are set for engraving the composition you chose instep 2. However, these values are only suggestions. If the results of actual engraving are not as expected, adjust thevalues accordingly.

5 For [Z Down Position], enter the cutting-in depth. 6 For [Fill Pitch], enter the diameter of the tool tip.To achieve an attractive finish, enter a valuenarrower than the actual diameter.

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Driver for Windows NT4.0/2000/XPThis section explains how to make the settings for the engraving parameters.

When sending data from Dr. Engrave or a commercially available drawing program, the driver sets engraving parameters such as thetool’s operating speed, depth, and pitch. When sending data from MODELA Player or 3D Engrave to MODELA, the data is sent to thedriver’s output port. At this time, all driver settings other than the port are ignored, and do not affect cutting.

To make the settings for the Windows NT4.0/2000/XP driver, log on to Windows as "Administrators" or "Power Users" account.

Display the Driver Setting Screen

To make the settings for the driver, open Properties. You can use either of the two methods described below to open Properties.

Method 1

When you use this method to make the settings, any changes you make in Properties also affect other Windows-based programs.

1 2 Windows NT4.0:Right-click the [Roland MODELA MDX-20] icon,then click [Document Defaults].

Windows 2000/XP:Right-click the [Roland MODELA MDX-20] icon,and click [Printing Preferences]. Then, click [Ad-vanced].

Open the [Printers] folder.

Windows NT4.0/2000:Click [Start]-[Settings]-[Printers].

Windows XP:Click [Start]-[Control Panel]. Click [Printers andOther Hardware], then click [Printers and Faxes].

Method 2

1 From the [File] menu, click [Print Setup...].The [Print Setup] dialog box appears. 2 Set the printer to [Roland MODELA MDX-20],

and click [Properties].If you're using Windows 2000/XP, then click[Advanced].

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Enter the Cutting Area

Enter the size of the plate installed on MODELA.

1 Windows NT4.0:Under [Document Options], click [Work Size Settings].

Windows 2000/XP:Under [Document Options], click [Work Size Settings].Click [Properties].

The [Print Setup] dialog box appears.

2 Click [Add New Work Size], then for [Work Size], entervalues for [Width] and [Length].

3 Enter the [Work Size Name], then click [OK].

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1 Double-click any tool from 1 to 4 to display thelower level.Click [Material], then click the composition of theengraving material (workpiece).

2 Double-click [Color] to display the lower level.Click the color to set, then click the tool number.If you don’t wish to engrave lines of that color,click [None].

Set the Engraving Parameters

Make the settings for the composition of the workpiece to engrave and the engraving depth.Choosing the composition sets engraving parameters suited to this engraving. However, [Tool Down Position] and [Fill] - [Tool Width]are determined with no relation to composition, and so they are set separately. For [Tool Down Position], enter the engraving depth. For[Fill] - [Tool Width], enter the tool diameter.The values for settings other than [Tool Down Position] and [Fill] - [Tool Width] are also suggested guidelines. If the results of actualengraving are not as expected, modify the values accordingly.

Lines are distinguished by color, and parameters when engraving a line of the corresponding color are set.

3 Double-click on the tool number to display thelower level.Click [Tool Down Position] and enter the cutting-in depth.

4 For [Fill], click [Tool Width], then enter thediameter of the tool tip.

For items other than [Tool Down Position] and [Fill] - [Tool Width], suitable values are set for engraving the composi-tion you chose in step 1. However, these values are only suggestions. If the results of actual engraving are not asexpected, adjust the values accordingly.

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MODELA 3D DESIGNThis lets you choose a basic shape such as a cylinder or sphere, and modify it to create a three-dimensional object.You can intuitively create solid objects with smooth curves.

Choose the basic shape

Decide on the number of reference lines

The reference lines are control rods for arranging the shape of the object.To determine the number of reference lines, click the controls shown below.

Manipulate Reference Lines to Make a Shape

1 Click .

The [Primitives] dialog box appears.

2 Click the basic shape that is closest to the finishedform. Enter the size, then click [OK].

To change the height of a reference line, position thepointer over the reference line and drag it up or down.

To change the size of the outer perimeter for a referenceline, position the pointer over the reference line and drag itto the left or right.

: 4 lines : 7 lines : 10 lines

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Save the data

Click the .

The [Save As] dialog box appears.Enter the name of the file and click [Save].

To change the shape of the outer perimeter, right-click ona reference line.The [Select section] dialog box appears.Make the settings to obtain the desired shape.

To change the centerpoint of the outer perimeter, click

and drag the reference line.

Check the shape

1 Click the .

The [Rendering] dialog box appears.

2 Drag the scroll box for the X, Y, or Z scroll bar.The object rotates, letting you view it from variousperspectives. To color the object, click [Start].

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Description of Controls

This opens new file.

MODELA 3D TEXTThis adds thickness to text to create three-dimensional characters.You can use the TrueType fonts registered in Windows as the font style for text.

Enter the Text

Click the [Edit] text box, then type in the text.Make sure what you’ve typed in is correct, then click [Go!].

This opens an existing file.

This saves the file, overwriting the previous data.

This moves a reference lines up or down.

When is selected, the location of the

centerpoint moves up or down.

This moves a reference lines right and left.

When is selected, the location of the

centerpoint moves right and left.

When this is selected, dragging a reference linechanges the size of the outer perimeter.

When this is selected, dragging a reference linemoves the centerpoint of the outer perimeter.

This saves the data as a DXF file.

This starts MODELA Player.

This undoes the very last operation.

This zooms the screen in or out.

This displays the coordinates of the referencelines.

This changes the point of view.

This adds color and shadowing to the object'ssurfaces.

This determines the number ofreference lines.

This displays help for 3D DESIGN.

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Determine the Font and Size of the Text

1 Click the [Font] drop-down arrow, then click on afont name. 2 Click the [Scale] drop-down arrow, then click on a

size.

- You cannot specify a font size that is not listed.- If you want to know the size of the entire text string that you typed in, click [Show Information].

Description of Controls

Save the data

Click the .The [Save As] dialog box appears.Enter the name of the file and click [Save].

This opens new file.

This opens an existing file.

This saves the file, overwriting the previous data.

This changes how the object is displayed.

This starts MODELA Player.

This lets you choose the color of the object fromamong ten available colors.

This slants the text in the height direction.

This changes the height of the text.

This inverts the background color.

This determines the roughness of curvedportions of the text.

This assigns the desired color to the object.

This displays dimensions around the object.

This saves the data as a DXF file.

This slants each individual character to theleft or right.

This puts a frame around the text.

This rotates each individual character 90 degreescounterclockwise.

This makes the text italic.

This makes the text bold.

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MODELA PlayerFor information on how to use MODELA Player, see “6 Operation Guide [Cutting Section].”

Virtual MODELAYou can use a tool path created with MODELA Player or 3D Engrave to verify the cutting process and results on-screen before youperform actual cutting.You can start this program directly with commands from MODELA Player or 3D Engrave. For more information, see "6 Operation Guide[Cutting Section] - Sending Cutting Data" or "9 Software Guide - 3D Engrave."

With Virtual MODELA, you can display the cutting process and results in a wide variety of ways.

Animating the Screen During Simulation

Click the . When this button is off, only the shape after simulation is displayed.

Switching the Screen Between Flat and Three-dimensional ViewsDuring Simulation

• Clicking switches from a flat view to a three-dimensional view.When this button is selected, the view is three-dimensional during and after simulation.

• Clicking switches from a three-dimensional view to a flat view.When this button is selected, the display shows a view of the workpiece as seen from above during and after simulation.

Checking the Shape After Simulation

You can use the following buttons only when has been clicked.

Changing the Perspective at the Simulation Screen (Only During 3D View)

You can use the following buttons only when has been clicked to display a 3D view.

• Clicking rotates the object counter-clockwise around the Z axis, in steps of 90 degrees.

• Clicking rotates the object clockwise around the Z axis, in steps of 90 degrees.

• Rotating

You can use the following buttons only when has been clicked.

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• Moving the Location

Click , then drag on the screen.

Description of Controls

This creates a new, uncut workpiece.

This opens an existing cutting-configuration file.

This performs the cutting simulation over again,using the presently imported tool path. Use thiswhen you want to check the movement of the toolagain.

This starts cutting.If cutting was previously interrupted, it resumescutting.

This displays a prediction of how much time cuttingwill take. The time is a general estimate.In addition to the time, you can also verify the toolmovement distance and movement range.

This displays the simulation screen as a flat (two-dimensional) view.

This restricts the 3D view range.It also determines the printing area when performing2D simulation.Restricting the range makes 3D view faster thanwhen displaying the entire workpiece.

This pastes and image on the surface of theworkpiece.By pasting an image of wood or metal, you canmake the workpiece look more realistic.T o select the image to paste, click [Options] -[Texture Setup].

This zooms the view of an object in or out.This is available only during 3D view.

This changes an object's displayed location on thescreen.This is available only during 3D view.

This enlarges or reduces what is displayed to fill thedrawing size.

This rotates the object, changing the perspective.This is available only during 3D view.

This selects how the object isdisplayed when on the 3Dscreen when not performing anyoperation.

This selects the image to paste on the surface of theworkpiece.

This changes the direction and brightness of incidentlight, thereby changing the shading.

This quits the simulation.

These change the perspective when display-ing a simulation three-dimensionally.

This displays the simulation screen as a solid (three-dimensional) view.

This is for checking the shape after cutting simula-tion.

This displays the movement of the tool withanimation.

This switches between adding and not adding colorto the surface of the workpiece.To specify a color, click [Options] - [Surface Color].

This saves the shape of the present workpiece in afile.

• Zooming in or out

Click , then drag on the screen.

Zoom inDrag toward the top of the screen.

Zoom outDrag toward the bottom of the screen.

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Dr.PICZAFor information on how to use Dr. PICZA, see “7 Operation Guide [Scanning Section].”This section describes the controls for Dr. PICZA.

This unhides and hides the controller window. Atthe controller window, you can make the settingsfor the various scanning parameters.

These choose how an object moves whendragged.

This displays the top surface of an object.

These zoom the view of an object in orout.

This displays the object, filling the view area.

These choose how an object isdrawn.

These adjust the slant of an object.

These display the coordinates of the point chosenwith the mouse pointer.Clicking a start point and an end point shows youthe distance between the two points.

This undoes the very last operation.

These color a surface of the object.

This specifies the range to rescan.

These specify the edit area forthree-dimensional data.

These edit three-dimen-sional data.

This deletes data in the selected range.

This saves data in various file formats.

This starts MODELA Player.

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Dr. EngraveThis is used to design plates and send the engraving data to MODELA.You can make large numbers of plates with the same design (such as nameplates and rating plates) with high efficiency.

Set the Engraving AreaThe following explanation is for Windows 95/98/Me. If you're using Windows NT4.0/2000/XP, then refer to the explanation in "9.Software Guide - Driver for Windows NT 4.0/2000/XP - Enter the Cutting Area."

1 From the [File] menu, click [Print Setup...].The [Print Setup] dialog box appears. 2 Make sure [Roland MODELA MDX-20] is

specified as the printer, then click [Properties].The [Roland MODELA MDX-20] dialog boxappears.

3 Enter the size of the plate, then click [OK].Next, click [OK] to close the [Printer Setup] dialogbox.

4 The white portion of the screen is the engravingarea. Lay out shapes and text inside the area.

Type in the Text

Click , then click at the location where you want to type in text.

While in this state, type in the text with the keyboard.

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Change the Size and Location of a Shape or Text

Click , then click the shape or text.

Solid square ( ) and triangle ( ) pointers appear around the shape or text. To change the size, drag the pointers.

Draw a Shape

Click on the shape-drawing controls to draw the shapes.

<Changing the Size>

You can freely change the size of theobject by dragging. To retain theobject’s vertical/horizontal aspectwhen you change its size, hold downthe [Shift] key while dragging.

<Rotating and Slanting>

Clicking again makes the pointers change to circles ( ) and diamonds ( ).

<Moving the Location>

Drag to change the vertical size.

Drag to change the horizontal size.

Drag to rotate the shape. Drag the “ ” to slant the shape.

To change the location, drag betweenthe pointers.

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Start Engraving

Click the .

The [Save As] dialog box appears.To start engraving with MODELA, click [OK].

Save the Data

Click the .

The [Save As] dialog box appears.Enter the name of the file and click [Save].

Description of Controls

This opens new file.

This opens an existing file.

This saves the file, overwriting the previous data.

This sends engraving data to MODELA.

This deletes the selected object and copies it to theclipboard.

This copies the selected object to the clipboard.

This copies the clipboard data to the screen.

This selects a shape or text.

This is used to reposition the vertices of a polygon,changing its shape.

This zooms the screen in or out.

This types in the text

This draws the shapes

This makes an entry frame for text.

This changes the chosen text string to linecharacters.

This performs flat-drag machining for the interiorof a shape or text.

These change the context of an object.

These set the direction of the text string.

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3D EngraveThis adds thickness to a flat (two-dimensional) graphic to create a relief (raised engraving).You can also add thickness to images such as illustrations.

3D Engrave is a program for creating reliefs (raised engravings) and engravings on curved surfaces.This section describes the steps for cutting a relief.For detailed descriptions of the creation steps and more information about creating data for engraving,

Select the Output DeviceSee "5 Installing the Software - Program Settings" and choose the model you're using.

Decide on the Size of the Relief

1 From the [Relief] menu, click [Relief Size].The [Relief Size] dialog box appears. 2 Enter the size of the relief and the resolution (the

degree of detail of the relief), then click [OK].

3 The screen at right appears. The white area of thescreen is the where you design the relief.The screen displayed at this time is called the "2Dscreen." It's the screen for typing in text andcreating shapes.

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Creating Shapes and Entering TextTo create a shape, click one of the shape-drawing buttons anddrag.To enter text, click the text-entry button, then click the loca-tion where you want to insert text. While in this state, type inthe text with the keyboard.To change the size of a shape or text, refer to "Dr. Engrave -Changing the Size and Location of Shapes and Text."

1 Click the shape or text string you want for addingthickness to select it.

Click the .The [Relief Size] dialog box appears.The dialog box may differ depending on the type of object you selected. The following screen shows the dialog box thatappears when creating a relief of shapes or text.Make the settings for the required items for creating the relief, then click [OK].

Create a Raised Engraving (Relief)Add thickness to shapes and text to create a relief.

These choose the configuration for pushing theobject up (or down).

These choose how to stack the relief.

These choose whether to push down or stack usingthe value entered for the relief height.

This is for entering the angle of the base side when

has been selected.

When this is selected, the relief of thechosen object is smoothed.

This is for entering the direction of the relief ridge.You can enter a value when a button other that

has been selected.

Enter the height of the bottom of the relief.

Enter the thickness of the relief.

2

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3 The display changes automatically to the screen atright, and a three-dimensional view of the shape ofthe relief appears.This is called the "3D screen," and it displays theshape of the relief and the tool path. You cannotedit shapes or text.

1 From the [Cut] menu, click [Cutting Parameters].The [Cutting Parameters] dialog box appears.Make the settings for the necessary items for cutting, then click [OK].

Creating a Tool PathA tool path is the path followed by the tool's tip. The tool path is generated from the cutting parameters that are presently set.Before you create the tool path, make the settings for the cutting parameters. At the cutting parameters, make the settings for the compositionof the workpiece, the type of tool, and the cutting process.

2

Make the settings for the tool specifications.

This chooses the composition of the workpiece.

This sets the depth for cutting.

This chooses the cutting process.

Click the . When the tool path is created,it appears in pink on the 3D screen.

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Checking the Cutting ResultsIf Virtual MODELA is installed and set up, then before you perform actual cutting you can check the shape that will be produced aftercutting on the screen.

1 From the [File] menu, click [Output Preview].Virtual MODELA starts. 2 The cutting data from 3D Engrave is imported into

Virtual MODELA.An animated display of tool movement appears,and the shape after cutting is gradually produced.

* For more informa-tion on how tooperate VirtualMODELA, see thehelp for VirtualMODELA.

Save the Data

Click the .The [Save As] dialog box appears.Enter the name of the file and click [Save].

Start Engraving

Click the .When the screen at right appears, click [OK].Cutting with MODELA starts.

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Description of Controls

This opens new file.

This opens an existing file.

This saves the file, overwriting the previous data.

This copies the clipboard data to the screen.

This switches to a solid (three-dimensional) displayscreen.Display this screen when you want to check a toolpath or the shape of a relief.

This deletes the selected object and copies it to theclipboard.

This creates a tool path for engraving for the selectedshapes and text.The tool path for engraving appears on the 3D screenas a red line.

This creates a tool path for relief cutting.The tool path for cutting appears on the 3D screen asa pink line.

This outputs the tool path to the MODELA and startscutting.

This types in the text

This draws the shapes

These are used to retouchimported images.

This zooms the screen in or out.The mouse operations for the 2D screen and the 3Dscreen are different.

This changes the display location of the object.This moves the screen display to show areas outsidethe window which are not visible.

This changes the perspective of the relief when youdrag the screen.This is available only during 3D screen.

This command expands or reduces the size of theobject shown to fill the screen.

These select the pen width forretouching an image.

This copies the selected object to the clipboard.

These set the direction of the text string.

These change the context of an object.

This is used to reposition the vertices of a polygon,changing its shape.

This selects a shape or text.

This switches to a flat (two-dimensional) shape-editing screen.

This adds thickness to shapes, text, images or otherflat objects to create a relief (raised engraving).

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<The MODELA doesn't operate>

Is the STANDBY key on?Press the STANDBY key.

Has operation not been paused by pressing the VIEW key (lighting up the VIEW LED)?Press the VIEW key to cancel the View state.

Are the cable connected correctly?Check the output ports for MODELA and the computer and make sure they are connected correctly.

Is the cable for the connection with the computer suited to the MODELA and the computer? - For the cable, use a optionally available serial cable (such as XY-RS-34). A straight serial cable such as is commonly used to connect

a modem cannot be used.

Are the settings for the computer and the software correct?Check the following and make the correct settings.

Data output port : Port connected to any one of COM1 through COM4Communication parameters : Bit rate of 9,600, no parity, one data bit, stop bit 8, and hardware handshakingSelected output device : MDX-15 or MDX-20

<Pressing the STANDBY key does not switch off the power.>

Unplug the AC adapter from the unit.

<The MODELING MODE LED or SCANNING LED Flashes Rapidly (Ten Times Per Second) >

Was the power switched on in the correct sequence?First turn on the computer, then turn on MODELA.

This indicates a communications error.Switch off the power, then check the cable connections and the port setting for the driver.

Was the computer restarted?When the computer has been restarted, switch the power to the MODELA off, wait a few seconds, then switch it back on.

<All LEDs Flash Slowly (every 0.5 sec.) >

Has the cord come loose from the spindle unit or the sensor unit?Switch off the power and reconnect the cords to the jacks.

<Errors During Cutting>

Speed drops during cutting

When cutting a workpiece of uneven hardness, such as wood, the MODELA may slow down automatically (to a minimum speed of 0.1mm (0.00394 in.) /sec.). Once the MODELA has gone beyond the hard area, cutting continues at normal speed.

The STANDBY LED is flashing slowly (every 0.5 sec.)

The workpiece cannot be cut, even when the speed is reduced. Switch the power off and back on.Make sure the cutting tool being used is appropriate for the hardness of the workpiece in use. Modify the software settings to cut theworkpiece a little at a time.

10 What to Do If...

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Tool movement is different than the data

If an attempt is made to cut more deeply than the range of movement for the MODELA allows, the tool automatically rises to theuppermost point.Check to make sure that depth settings in the cutting data are not too deep, and that the tool extending from the spindle unit is not tooshort.

Correct cutting is impossible

Are the cutting tool, spindle, and workpiece all installed and loaded securely?Retighten the setting screw for the tool and the mounting screws for the spindle.

Unusual noise is heard from the spindle

The spindle unit is a consumable part. Replace with a new spindle unit after 700 hours of use.

The spindle motor does not run

The spindle motor is a consumable part. Replace with a new spindle motor after 700 hours of use.

The VIEW LED is flashing slowly (every 1 sec.)

Is the front cover detached?Install the front cover.When a sensor unit is installed, the VIEW LED does not flash.

<The SCANNING LEDs repeatedly flashes twice>

Something touched the sensor during initial operation immediately after switching on the power, or a hardware error oc-curred.If there is an obstruction, then switch off the power, remove the obstruction, and switch the power back on.If there was a hardware error, then switch the power off and back on and repeat the same operation.If the same error display occurs, consult your authorized Roland dealer or service center.

<Unexpected Program Operation>

I can't open a file.

Does the program you’re using support the format of the file you’re trying to open?Check the program and the file format, and make sure the combination is supported.

There is not enough memory available for processing.Close all other applications, or restart Computer.If the file cannot be opened even after restarting the program, there may not be enough free space left on the hard disk.If this is the case, free up space on the hard disk by deleting unneeded files or moving them to another disk.If the messages about insufficient memory still appears after doing this, it is recommended that you increase the amount of memory inyour computer.

The included software doesn't function.

Does the computer you're using provide the correct operating environment for the included software?Refer to the [Read Me] and check the operating environment, and use a computer that meets the operating-environment requirements.

Was the software installed using the setup program?Be sure to use the setup program when installing the software.The setup program puts the files for each software package in the necessary locations to enable the software to be used under Computer.

If an Error Message Appears

Refer to the help for the program you’re using.

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Unauthorized reproduction of a copyrighted item for any purpose other than personal use may be a violation of copyright. Roland DGCorp. will not be responsible for any violation of third-party copyright by any article made through use of this product.

11 Items That May Not Be Copied

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Main Unit Specifications

MDX-20 MDX-15XY table size 220 mm (X) x 160 mm (Y) ( 8-5/8 in. x 6-1/4 in. ) 170 mm (X) x 110 mm (Y) ( 6-11/16 in. x 4-5/16 in. )Max. operation area 203.2 mm (X) x 152.4 mm (Y) x 60.5 mm (Z) 152.4 mm (X) x 101.6 mm (Y) x 60.5 mm (Z)

(8 in. (X) x 6 in. (Y) x 2-3/8 in. (Z)) (6 in. (X) x 4 in. (Y) x 2-3/8 in. (Z))Max. table load weight 1000 g (2.2 lb.) 500 g (1.1 lb.)Interface Serial (RS-232C)Control keys STANDBY key, VIEW key, TOOL-UP key, TOOL-DOWN key,LED SCANNING MODE LED, MODELING MODE LED, VIEW LEDPower consumption Exclusive AC adapter (DC+19V 2.1 A)Acoustic noise level Standby mode : under 35 dB (A)

Operation mode (not cutting) : under 70 dB (A) (According to ISO 7779)External dimensions 476.8 mm (W) x 381.6 mm (D) x 305 mm (H) 426 mm (W) x 280 mm (D) x 305 mm (H)

(18-13/16 in. (W) x 15-1/16 in. (D) x 12-1/16 in. (H)) (16-13/16 in. (W) x 11-1/16 in. (D) x 12-1/16 in. (H))Weight (unit only) 13.7 kg (30.2 lb.) 9.6 kg (21.2 lb.)Operation temperature 5 to 40°C (41 to 104°F)Operation humidity 35 to 80 % (no condensation)Accessories AC adapter: 1, power code: 1, Roland Software Package CD-ROM: 1, spindle unit: 1, sensor unit: 1, cap

screw M4x15: 4, tool:1, set screw M3x3: 2, double-sided tape: 1, front cover: 1, hexagonal wrench (size :3 mm) :1, hexagonal wrench (size : 1.5 mm): 1 positioning pins: 3, clay: 1, MDX-20/15 user's manual: 1

Modeling Functions

Tool chuck : 6 mm or 1/8 in. tool chuck includedSpindle motor : 10W (DC motor)Software resolution : 0.025 mm/step (0.000984 in./step)Mechanical resolution : 0.00625 mm/step (0.000246 in./step)Revolution speed : 6500 rpmFeed rate : 0.1 to 15 mm/sec. (0.00393 to 9/16 in./sec.)Acceptable material : Wood, Plaster, Resin (modeling wax, styrenform), Chemical wood, Aluminum (A5052 according to JIS),

BrassAcceptable tool : Endmill, Drill

Scanning Functions

Sensor : Roland Active Piezo Sensor (R.A.P.S.)Probe length 60 mm (2-5/16 in.), tip bulb diameter 0.08 mm (0.00315 in.)

Scanning method : Contacting, mesh-point height-sensingScanning pitch : X/Y-axis directions -- 0.05 to 5.00 mm (0.002 to 0.20 in.) (settable in steps of 0.05 mm (0.002 in.))(Dr. PICZA) Z-axis direction -- 0.025 mm (0.000984 in.)Scanning speed : 4 to 15 mm/sec. (1/8 to 9/16 in./sec.)

Interface Specification[Serial]

Standard : RS-232C specificationsTransmission method : Asynchronous, duplex data transmissionTransmission speed : 9600 bpsParity Check : NoneData Bits : 8 bitsStop Bits : 1 bitsHandshake : Hardware

12 Specifications

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Serial connector (RS-232C)

NC

NC

NC

NC

NC

DTR

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

SG

DSR

CTS

RTS

RXD

TXD

FG

Terminalnumber

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

Pin connectionSignal

numberSignal

number

1

14

13

25

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R5-031020

Please read this agreement carefully before opening the sealed package or the sealed disk package

Roland License Agreement

Roland DG Corporation ("Roland") grants you a non-assignable and non-exclusive right to use the COMPUTERPROGRAMS in this package ("Software") under this agreement with the following terms and conditions.

1. Coming into Force This agreement comes into force when you purchase and open the sealed packageor sealed disk package.The effective date of this agreement is the date when you open the sealed packageor sealed disk package.

2. Property Copyright and property of this Software, logo, name, manual and all literaturefor this Software belong to Roland and its licenser.

The followings are prohibited :(1) Unauthorized copying the Software or any of its support file, program module

or literature.(2) Reverse engineering, disassembling, decompiling or any other attempt to

discover the source code of the Software.

3. Bounds of License Roland does not grant you to sub-license, rent, assign or transfer the right grantedunder this agreement nor the Software itself (including the accompanying items)to any third party.You may not provide use of the Software through time-sharing service and/ornetwork system to any third party who is not individually licensed to use thisSoftware.

You may use the Software by one person with using a single computer in whichthe Software is installed.

4. Reproduction You may make one copy of the Software only for back-up purpose. The propertyof the copied Software belongs to Roland.You may install the Software into the hard disk of a single computer.

5. Cancellation Roland retains the right to terminate this agreement without notice immediatelywhen any of followings occurs :(1) When you violate any article of this agreement.(2) When you make any serious breach of faith regarding this agreement.

6. Limitations on Liability Roland may change the specifications of this Software or its material withoutnotice.

Roland shall not be liable for any damage that may caused by the use of theSoftware or by exercise of the right licensed by this agreement.

7. Governing Law This agreement is governed by the laws of Japan, and the parties shall submit tothe exclusive jurisdiction of the Japanese Court.

Opening the sealed package or sealed disk package implies your acceptance of the terms and conditions of this agreement.